Thomas Aabo Email & Phone Number

Copenhagen, DK

The Molding R&D team, which I have the pleasure of managing, is currently responsible for:- FAT/SAT of new molding machines to our new facilities in Chongquing and Changzhou. - Developing of proprietary wafer-level molding technology enabling production of high-end mobile phone glass lenses which was launched in 2021. -Development of optical.

Managing a team of 5 engineers and techinicans. Our team has - developed the requirements specification and commisioned state of the art molding machines to our new facility in Chongqing, China. -Designed and produced new molding technology for wafer level glass resulting in quality and yield increases

Developed and rolled-out a labview vision based alignment system for wafer level glass technology. Installed in clean roome facilities in Suzhou, China. That secured a stacking cycle time reduction of 150%. Increased the acuracy of our thermal measurement systems by a factor of 3.Implementation of thermal and mechanical simulation in Ansys to validate new.

Business development and developing/managing grant proposals for high tech SMEs. Delegating projects to team members and reviewing project quality. Scoping new technologies and aligning with appropriate funding opportunities.

Copenhagen Area, Capital Region, Denmark

Responsible for technical development of the CT11. A platform system for the detection of circulation tumor cells in blood. This has included redesign of the optical system, software and image analysis. Responsible for EU and Danish funding strategy development. Scoping and development of new applications for the CT11.

Copenhagen Area, Denmark

Working as a project developer at Innovayt, I have assisted clients to obtain funding for their research and technological development projects, through both EU and Danish funding programmes. I have been responsible for, or played a key role in the development of 7 successful R&D and innovation projects, representing over €6 million funding.

Project management of multi-disciplinary projects. Development of novel optical sorting techniques. Single cell analysis of droplet encapsulated cell systems.

Developing a prototype mammalian cell sorter based on laser catapulting. Responsible for managing mammalian cell viability experiments and optical development. Successful fundraising from Danish and European funding agencies.

Characterizing single yeast cell-cell interactions using fluorescent probes by using a self constructed optical manipulation platform. Measuring intracellular stress response using reactive oxygen species detection probes. By incorporation of flow chamber technology and optical selection tools, a unique cell selection and interaction platform was.

Department Of Food Science

Thesis title: Characterization of Damage to Saccharomyces Cerevisiae by Optical Trapping and Heat Stress, Supervisor: Nils Arneborg

Doctor Of Philosophy (Phd), Biophysics

Characterization of Damage to Saccharomyces Cerevisiae by Optical Trapping and Heat Stress, Supervisor: Nils Arneborg

M.Sc., Biophysics

Optical Trapping and Metal Enhanced Fluorescence using Single Silver Nanoparticles, Supervisor: Lene Oddershede